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Comprehensive Two-Component Metering, Mixing & Dispensing Solutions for Industrial Adhesives & Sealants
Control ratio, flow, mixing, and application with a 2K system engineered around your material chemistry and production process.Kirkco designs two-component equipment for industrial adhesives and sealants that require controlled metering, reliable mixing, and repeatable dispensing. From continuous-flow bonding and sealing to shot dispensing, potting, encapsulation, coating, and molding, Kirkco helps manufacturers select a system architecture that aligns material behavior with production requirements.Our platform supports multi-component materials including epoxies, polyurethanes, silicones, and filled systems, with technology options spanning gear metering, piston metering, shot metering, mixing valves, progressive-cavity metering, and liquid silicone rubber processing.
Gear Metering
Positive-displacement delivery for highly controlled continuous or shot flow
LSR Processing Equipment
Processing systems for liquid silicone rubber applications
Progressive-cavity metering
Metering option for material and flow requirements that call for a progressive-cavity architecture
Piston metering
Metering architecture for applications where piston-based delivery and system configuration are appropriate
Shot metering
Controlled delivery of discrete material shots
Engineering Engagement
Ready to Engineer Your Next System?
Kirkco supports confidential engineering engagements under NDA. Discuss your application requirements with our team and receive a system architecture tailored to your process.
Gear Metering
Piston Metering
Shot Metering
LSR Processing Equipment
Mixing Valves
Multi-Component Epoxy Metering
Executive Overview
This Application Architecture defines a standardized, NDA-safe framework for engineered dispensing, metering, and encapsulation systems aligned to production-critical manufacturing environments. The architecture establishes process intent, quality drivers, and system boundaries without exposing IP.
Business & Quality Drivers
Applications governed by this architecture demand repeatability, reliability, and risk reduction. Quality outcomes depend on controlled material delivery and stable automation.
Process Requirements
The process requires precise metered dispensing, repeatable positioning, and integration with surrounding operations.
System Architecture
The architecture is built around precision metering, application-specific dispensing hardware, and scalable automation.
Automation & Controls
Automation synchronizes motion control, metering, and validation checkpoints with traceability support.
Performance Outcomes
Outcomes include improved shot accuracy, reduced scrap, and predictable throughput.
Critical Ratio Control for Potting
Executive Overview
This Application Architecture defines a standardized, NDA-safe framework for engineered dispensing, metering, and encapsulation systems aligned to production-critical manufacturing environments. The architecture establishes process intent, quality drivers, and system boundaries without exposing IP.
Business & Quality Drivers
Applications governed by this architecture demand repeatability, reliability, and risk reduction. Quality outcomes depend on controlled material delivery and stable automation.
Process Requirements
The process requires precise metered dispensing, repeatable positioning, and integration with surrounding operations.
Material & Chemistry Considerations
Materials may include multi-component epoxies or filled systems requiring viscosity and temperature control.
System Architecture
The architecture is built around precision metering, application-specific dispensing hardware, and scalable automation.
Automation & Controls
Automation synchronizes motion control, metering, and validation checkpoints with traceability support.
Performance Outcomes
Outcomes include improved shot accuracy, reduced scrap, and predictable throughput.